新冠肺炎大流行期间摩托车交通量产生的噪音:以波哥大维亚塔·曼达拉初中为例

S. Syaiful, H. Siregar, E. Rustiadi, E. Hariyadi, Muhammad Nanang Prayudyanto, Rulhendri Rulhendri
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引用次数: 4

摘要

每辆汽车都会产生各种各样的噪音。对于直接与公路相交的区域,这种噪音具有相当大的影响。摩托车、私家车和公共车辆的音量都对噪音有显著影响。从所有的分析计算中,在对2号声级计(SLM2)第二点进行研究的第二天,得到了最大的方程。计算得出y=00158x–10176。该方程表明,如果摩托车的音量没有下降,SLM2上的噪音水平为65.21dBA。如果摩托车的音量增加或减少,就会对噪音产生显著影响。第二大方程式是在研究的第二天从3号声级计(SLM3)的第三点获得的,方程式的计算值为y=0,01–6074。上述方程的目的是,如果摩托车的音量增加,SLM3上的噪声为60.840dBA。根据调查结果,在新冠肺炎大流行期间,摩托车数量有所减少,因为学校关闭,学生没有上学。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Noise from the traffic volume of motorcycle during the Covid-19 pandemic: A case study of Wiyata Mandala Junior High Schoool Bogor
Each motor vehicle produces a variety of noise. For areas which directly intersects the highway this noise has a considerable impact. The volume of motorcycles and private as well as public vehicles all have a significant effect on noise. From all analytical calculations, the largest equation was obtained one the second day of research on the second point of Sound Level Meter 2 (SLM2). The calculation is that y = 0,0158x – 1,0176. This equation indicates that if there is no decrease in the volume of the motorcycle, the noise level on the SLM2 is 65.21 dBA. If there is an increase or decrease in the volume of a motorcycle, it will have a significant effect on noise. The second largest equation was obtained on the second day of the research at the third point from the Sound Level Meter 3 (SLM3) and the calculation of the equation is y = 0,01 – 6,074. The purpose of the above equation is that if there is an increase in the volume of a motorcycle, the noise on the SLM3 is 60.840 dBA. According to the findings, there was a reduction in the number of motorcycles during the Covid-19 pandemic, because schools were closed and students did not attend school.
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